Immersion type ultra precision slow threading is a high-precision machining process mainly used for manufacturing small-sized components and devices, such as micro motors, micro mechanical parts, micro sensors, etc.
Its working principle is to immerse the workpiece and electrode (usually a fine wire) in a processing liquid (usually a conductive liquid), and then process the workpiece through electrochemical reactions in the liquid. Slow wire walking technology refers to the very small distance between the electrode and the workpiece, usually only a few micrometers, which makes the machining accuracy very high.
Compared to other processing processes, immersion type ultra precision slow wire has the following advantages:
High machining accuracy, capable of manufacturing micro sized components and devices.
The processing speed is fast and can manufacture a large number of components and devices in a short period of time.
The surface quality of the workpiece is good, and no further polishing or surface treatment is required after processing.
The processing process has minimal thermal impact on the workpiece and will not cause deformation or deterioration.
However, there are also some drawbacks to oil immersed ultra precision slow threading, such as high equipment cost, high operational difficulty, and difficulty in controlling process parameters.
